Dissertation title: Nanophotonic Engineering with Quantum Materials • Built a novel fabrication platform based on templated atomic layer deposition that generatesnanophotonic devices on arbitrary substrates without etching-induced damage• Designed, simulated, fabricated, and characterized a wide range of nanophotonic devices includ-ing photonic crystal cavities, grating couplers, ring resonators, and multi-resonant circular Braggresonators• Integrated quantum and low-dimensional materials with nanophotonic and plasmonic devices tomanipulate their optical responses for applications in quantum technology and chiral optics• As the first student to join the High Lab, built multiple optical experiments from the ground upand mentored junior graduate students and undergraduates